Scan parts with computer vision to automatically log details and avoid manual entry errors. Track inventory levels and maintenance history. Sync logs across devices using iCloud. udit-ready reports and manage aircraft records efficiently.
View METAR and TAF data for global airports. Set custom for takeoff, landing, and alternate weather conditions. Create alerts for weather changes using push notifications. Customize units for visibility, wind speed, and temperature.
Track projects with detailed information including size, cost, drill type, and project status. Log start and finish dates, track time spent, and record all color drills used. Note where each project was purchased and monitor order progress.
Track exercises, supersets, and progress with detailed logging. Set and adjust workout schedules automatically. Follow personalized plans for all fitness levels. Monitor performance with comprehensive tracking metrics.
The app provides bidding functionality for iPad users, specifically for pilots and flight attendants. It allows users to bid from their iPad, eliminating the need for a laptop or waiting to bid at home.
Track flight logs, squawks, and observations for multiple airplanes and owners. Record service items by hours and dates. Export data and set reminders for scheduled maintenance.
Schedule aircraft and manage operations with real-time availability and conflict-free reservations. Track flight time, maintenance, and usage. Log flight details and member activity. Share schedules and update logs across users.
Calculate aircraft pavement strength using ICAO standards. Input aircraft weight and pavement type to determine acceptable load limits. Compare results against established thresholds for runways, taxiways, and aprons.
The app provides flight status, airport maps, and details on restaurants, stores, and services. It offers traffic conditions, travel times, and customized flight alerts including schedule, status, and gate changes.
This offline application helps pilots calculate night flight time. The app uses algorithms for distance and sunrise/sunset calculations, with adjustable night definitions based on regulations.